Multimodal imaging of somatosensory evoked cortical activity.

C Ramon, J Haueisen, T Richards, K Maravilla
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Abstract

Somatosensory evoked cortical activity is well investigated in both fMRI and MEG/EEG. Investigation with functional magnetic resonance spectroscopic (fMRS) imaging is relatively new and provides a means to image the metabolic activity of the brain. We for the first time combined fMRS, fMRI, MEG and EEG. This provides information about the metabolic, hemodynamic and electrical activity of the brain and also the verification of one imaging modality with the other. The dipolar source localized from the EEG/MEG data is in the vicinity of the fMRI activation site and also in the same area where lactate consumption is high as measured with fMRS imaging.

体感觉诱发皮层活动的多模态成像。
体感诱发的皮层活动在功能磁共振成像和脑电/脑电中都得到了很好的研究。功能磁共振波谱(fMRS)成像是一种相对较新的研究方法,它提供了一种成像大脑代谢活动的方法。我们首次将fMRS、fMRI、MEG和EEG结合起来。这提供了关于大脑代谢、血流动力学和电活动的信息,也验证了一种成像模式与另一种成像模式。从EEG/MEG数据定位的偶极源位于fMRI激活位点附近,也位于fMRS成像测量的乳酸消耗高的同一区域。
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